Biology Lab Disposable Plastic Ware:

Tritech Research saves you money on high-quality sterile Petri Dishes. Check out our great Petri Dish prices!

There are a few different features to choose from when selecting the best dish for your application. First and foremost is choosing the best size for the job...

Innovative features and outstanding cell growth properties make the TPP Tissue Culture Petri Dishes the ideal choice for adherent cell culture in research and industry. These optically clear, high-grade polystyrene dishes are tissue culture treated only on the base of the dish with a non-treated ring surrounding the growing surface to prevent cell attachment on the edge...

Drosopihla bottles are available in either square or round bottom design. Both styles feature a uniform pliable top for easy removal of paper lids.

Drosophila vials are available in three different sizes, featuring straight wall design. Our shell vial design minimizes dislodging of food and provides for more efficient racking, filling and plugging...

Our new range of flasks, available with filtered or vented caps, is the result of intensive cooperation between user experts and top development specialists. Great importance has been attached to the tissue culture properties of the flask, the accessibility of the flask's interior, and the cap closure...

Centrifuge tubes have Leakproof Screwcaps, are sterile, have conical bottomand available in tray packs or bulk.

Our Microcentrifuge tubes are manufactured of polypropylene. These Screw-Cap Microcentrifuge Tubes with O-rings are sturdy enough to withstand centrifugation (20,000 x g) and are suitable for vapor-phase liquid nitrogen storage, boiling, and autoclaving...

The new generation of Tissue Culture Plates from TPP is characterized by yellow strip marking areas and easy-to-read black-embossed, alpha-numeric writing. The cell growth surface treatment is limited to the well bottoms and offers optimal attachment and growth for the most varied types of cell lines. The untreated well walls also lead to a flattening of the liquid meniscus that forms, thereby reducing the diffusion of the light...